One-dimensional galvanometer scanning type laser eyepiece device

Abstract

The invention discloses a one-dimensional galvanometer scanning type laser eyepiece device. The laser eyepiece device is characterized in that the one-dimensional galvanometer scanning type laser eyepiece device comprises a laser device, an optical lens group, a galvanometer scanning system and an emission optical system which are arranged in sequence, and the laser device is a semiconductor green laser device with tail fiber output and used for emitting laser; the optical lens group is used for converting laser emitted by the laser into linear light spots; the galvanometer scanning system is used for converting the linear light spots into square light spots; and the emission optical system is used for expanding the beam diameter of the square light spots to realize adjustment of the far and near field square light spots. According to the laser eyepiece device, the operating distance is increased, the environment adaptability is improved, and the eyepiece effect is guaranteed.

Description

technical field [0001] The invention relates to a laser sight, in particular to a one-dimensional vibrating mirror scanning laser sight. Background technique [0002] Laser dazzlers use low-energy laser beams to act on human eyes, causing people to be dizzy, temporarily blind, and thus lose resistance, but will not cause permanent damage. A non-lethal laser weapon. The laser dazzler uses the green laser with the highest sensitivity to the human eye as the light source, and irradiates the human eye at a safe power density. After the human eye is stimulated by the green light laser, it will produce a short dizzy response, thereby interrupting or Prevent the current action of the irradiated person to achieve the target rejection function. [0003] And the laser dazzler commonly used at present is mainly the hand-held dazzler for individual soldiers, and there are two main shortcomings. First, the effective distance is short, and it is impossible to perform dazzling strikes on...

AI Technical Summary

Problems solved by technology

First, the effective distance is short, and it is impossible to perform dazzling strikes on distant targets. The main reasons are: the laser power is low, the spot cannot be adjusted adaptively, the size of the laser spot becomes larger as the transmission distance increases, and the laser power density decreases. Thereby reducing the deterrent effect or even losing the stun effect

Second, the environmental adaptability is poor. Due to the low laser power and the non-adjustable laser power, in rainy and foggy weather, the attenuation of laser energy cannot be compensated accordingly, and the dazzling function cannot be realized normally.

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